def create_latex_frag(frag_file, graphics_path, report, id, conference):
if conference:
w1 = "2cm"
else:
w1 = "5cm"
with Latex.fragment(frag_file, graphics_path=graphics_path) as frag:
with frag.figure(caption=makecmd(frag, id + 'demo'),
label=makelabel(id + ':demo')) as fig:
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'mem_signal')) as sub:
data = report.resolve_url('y/rgb')
write_graphics(sub, data, w1)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'mem_signal_dot')) as sub:
data = report.resolve_url('y_dot/posneg')
write_graphics(sub, data, w1)
fig.hfill()
if not conference:
fig.parbreak()
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'mem_signal_dot_pred')) as sub:
data = report.resolve_url('y_dot_pred/posneg')
write_graphics(sub, data, w1)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'mem_signal_detect')) as sub:
data = report.resolve_url('prod/scale')
write_graphics(sub, data, w1)
fig.hfill()
def write_figures_for_paper_(frag_file, report, graphics_path, conference):
if conference:
w1 = "4cm"
else:
w1 = "5.5cm"
with Latex.fragment(frag_file, graphics_path=graphics_path) as frag:
with frag.figure(caption=makecmd(frag, 'LaserStatsCaption'),
label=makelabel('LaserStats'), double=True) as fig:
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'report_y_mean')) as sub:
data = report.resolve_url('report_y_mean')
write_graphics(sub, data, w1, border=False)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'report_y_var')) as sub:
data = report.resolve_url('report_y_var')
write_graphics(sub, data, w1, border=False)
fig.hfill()
if not conference:
fig.parbreak()
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'report_gy_var')) as sub:
data = report.resolve_url('report_gy_var')
write_graphics(sub, data, w1, border=False)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'report_y_dot_var')) as sub:
data = report.resolve_url('report_y_dot_var')
write_graphics(sub, data, w1, border=False)
fig.hfill()
with frag.figure(caption=makecmd(frag, 'LaserTensorsCaption'),
label=makelabel('LaserTensors'), double=True) as fig:
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'report_Gv')) as sub:
data = report.resolve_url('report_Gv')
write_graphics(sub, data, w1, border=False)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'report_Gomega')) as sub:
data = report.resolve_url('report_Gomega')
write_graphics(sub, data, w1, border=False)
fig.hfill()
if not conference:
fig.parbreak()
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'report_Bv')) as sub:
data = report.resolve_url('report_Bv')
write_graphics(sub, data, w1, border=False)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'report_Bomega')) as sub:
data = report.resolve_url('report_Bomega')
write_graphics(sub, data, w1, border=False)
fig.hfill()
def write_variant(frag_file, variant_report, variant, graphics_path, conference):
if conference:
w1 = "4cm"
else:
w1 = "5.5cm"
with Latex.fragment(frag_file, graphics_path=graphics_path) as frag:
with frag.figure(caption=makecmd(frag, variant + 'StatsCaption'),
label=makelabel(variant + ':Stats'), double=True) as fig:
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'y_mean')) as sub:
data = variant_report.resolve_url('y_mean/scale')
write_graphics(sub, data, w1)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'y_var')) as sub:
data = variant_report.resolve_url('y_var/scale')
write_graphics(sub, data, w1)
fig.hfill()
if not conference:
fig.parbreak()
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'y_dot_var')) as sub:
data = variant_report.resolve_url('y_dot_var/scale')
write_graphics(sub, data, w1)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'gx_var')) as sub:
data = variant_report.resolve_url('gx_var/scale')
write_graphics(sub, data, w1)
fig.hfill()
# with fig.subfigure(caption=makecmd(frag, 'gy_var')) as sub:
# data = variant_report.resolve_url('gy_var/scale')
# write_graphics(sub, data, w1)
# fig.hfill()
#
if not conference:
with frag.figure(caption=makecmd(frag, variant + 'GCaption'),
label=makelabel(variant + ':G'), double=True) as fig:
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'Gxl')) as sub:
data = variant_report.resolve_url('Gxl/posneg')
write_graphics(sub, data, w1)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'Gyl')) as sub:
data = variant_report.resolve_url('Gyl/posneg')
write_graphics(sub, data, w1)
fig.hfill()
if not conference:
fig.parbreak()
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'Gxa')) as sub:
data = variant_report.resolve_url('Gxa/posneg')
write_graphics(sub, data, w1)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'Gya')) as sub:
data = variant_report.resolve_url('Gya/posneg')
write_graphics(sub, data, w1)
fig.hfill()
with frag.figure(caption=makecmd(frag, variant + 'GnormCaption'),
label=makelabel(variant + ':Gnorm'), double=True) as fig:
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'Gxl_norm')) as sub:
data = variant_report.resolve_url('Gxl_norm/posneg')
write_graphics(sub, data, w1)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'Gyl_norm')) as sub:
data = variant_report.resolve_url('Gyl_norm/posneg')
write_graphics(sub, data, w1)
fig.hfill()
if not conference:
fig.parbreak()
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'Gxa_norm')) as sub:
data = variant_report.resolve_url('Gxa_norm/posneg')
write_graphics(sub, data, w1)
fig.hfill()
with fig.subfigure(caption=makecmd(frag, 'Gya_norm')) as sub:
data = variant_report.resolve_url('Gya_norm/posneg')
write_graphics(sub, data, w1)
fig.hfill()
print "ciaop"
